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PhD Studentship: Developing a Finite Element Based Model for Pellet Relocation in Nuclear Reactor Fuel PhD Studentships: An Investigation into the Interface Material Layer Created during Linear
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techniques, scanning probe microscopy, microwave electronics, and finite-element analysis; deep understanding in quantum physics of topological and strongly correlated materials. Preferred
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administrative responsibilities. Desirable: D1 Software skills including finite element analysis, such as COMSOL or Abaqus Experience Essential: E1 Experience of planning and progressing work
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Partial Differential Equations with emphasis on standard and non standard finite element methods with applications to wave propagation problems and nonlinear reaction-diffusion problems. Further
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) ME 135: Finite Element Analysis (Spring 2027) AE/ME 136: Aerodynamics (Spring 2027) ME 137: Computer Aided Engineering ME140: Vibration and Control ME 143: Unmanned Aerial Systems (Spring 2027 only
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experience with Finite element software (Abaqus and FEniCS) Terms and Conditions Salary will be Grade 7, £41,064 - £46,049 per annum. This post is full time (35 hours per week) and fixed term for up
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Mechanical Engr ME 021: Engineering Computing ME 120: Component Design ME 121: Introduction to Manufacturing (Spring 2027) ME 135: Finite Element Analysis (Spring 2027) AE/ME 136: Aerodynamics (Spring 2027
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/courses or thesis project with high grades) in continuum mechanics, the finite element method and the mechanics of fibre-reinforced polymers. Interest and high skills in programming and numerical methods
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, cryogenics, finite-element simulations (FEM), and data acquisition systems is desirable Excellent written and spoken English skills Strong teamwork and communication skills in interdisciplinary research
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through innovative sensing technologies and data-driven approaches. The research topics include: Structural health monitoring of bridges and other civil infrastructure Finite element analysis